Grounded theory research can be distinguished from experimental research in the following ways it uses emerging designs
The research method is a procedure, method or scientific steps used to obtain data as a fulfillment of research objectives.
Grounded theory is a qualitative research method that uses a set of systematic procedures to develop a theory about a phenomenon. The principle of research using the grounded theory method is actually not inductive or deductive, but by combining inductive and deductive. This theory was built from the data collected after being analyzed so that it has a emerging design use which different from experimental research design which uses a scientific approach using two sets of variables. So, grounded theory research can be distinguished from experimental research in the following ways it uses emerging designs.
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100 words
Have you personally experienced unprofessional behavior from a healthcare provider or coworker in the past? If so, please share the experience and how it made you feel as a patient or coworker.
I want to help you, I was in the process of answering the question with my own experience. However, this is really personal and it's asking for one of your own experiences. I'm sorry, but you can do it♡
Which food is that a temperature that allows bacteria to grow well ServSafe?
ServSafe advises that this risk zone for food temperatures is between 41 and 135 degrees Fahrenheit. Bacteria may grow at any temperature in the danger zone, but the optimum conditions for them to flourish are between 70 and 125 degrees Fahrenheit.
The temperature where germs, Bacteria grow most quickly in potentially dangerous foods is known as the Danger Zone by ServSafe (i.e. milk, meat, and cooked rice). Any food meal with a high protein level, little acid content, and moisture is potentially dangerous Bacteria . ServSafe ,The Danger Zone has a range of 41 to 140 degrees Fahrenheit.
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4. The ATP yield from 2 moles of mitochondrial NADH under aerobic conditions in a eukaryotic cell would be: which option is correct a) 1 mole of ATP b) 2 moles of ATP c) 3 moles of ATP d) 4 moles of ATP e) 6 moles of ATP
The ATP yield from 2 moles of mitochondrial NADH under aerobic conditions in a eukaryotic cell is approximately 4 moles of ATP.
During oxidative phosphorylation, each mole of NADH can generate around 2.5 to 3 moles of ATP. Therefore, for 2 moles of NADH, the total ATP production would be in the range of 4 to 6 moles of ATP. While the more precise estimate falls within the 4 to 6 moles range, the closest option provided is 4 moles of ATP. It is important to note that the exact ATP yield can vary depending on factors such as the efficiency of the electron transport chain and the specific conditions within the cell.Since there are 2 moles of mitochondrial NADH, the total ATP yield would be around 4 to 6 moles of ATP. However, the most accurate option among the given choices is 4 moles of ATP.
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Which of the following is currently decreasing because of human population growth and its associated impacts?
Flooding and drought
Levels of biodiversity
Temperature of the earth’s surface
Overexploitation of fish populations
Human population growth and its associated impacts are currently decreasing levels of biodiversity. As human populations grow, they require more resources and land, which leads to habitat destruction, fragmentation, and degradation. This has a significant impact on wildlife populations and their ability to survive. As species disappear, ecosystems become less resilient and more vulnerable to collapse. Therefore, conservation efforts are necessary to protect biodiversity and prevent further losses.
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Plants use this molecule for structure and support in their cell walls:
A. Starch.
B. Glucose.
C. Cellulose.
D. Glycogen.
Answer:
Cellulose
Explanation:
Cellulose, a polysaccharide, is an organic molecule which is found in plants. Most of the cells have cellulose in their cell walls which functions as the support in the structure of the cell. Cellulose is made up of glucose units arranged in linear chains.
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3. What is the function of gills?
O They regulate body temperature.
They take in oxygen and transport it to the lungs.
They absorb nutrients from the water into the digestive system.
They absorb oxygen from the water into the bloodstream.
They absorb oxygen from the water into the bloodstream is the function of gills.
What purpose does the gill serve?Fish are able to breathe underwater thanks to their gills. The majority of fish conduct gas exchange through their gills, which are protected by opercula on either side of the pharynx, including the exchange of gases like oxygen and carbon dioxide (throat). Protein filament-like structures that resemble tiny threads are called gills.
What role do gills play in respiration?In order to absorb dissolved oxygen from the water and expel carbon dioxide, many aquatic organisms use their gills as respiratory organs. If the habitat is kept damp, some animals, like hermit crabs, can breathe on land thanks to adapted gills.
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When a particle is moved from an area of lesser concentration to an area of greater concentration...
A. it uses energy
B. it happens naturally
C. it produces energy
D. it damages the cell
When a particle is moved from an area of lesser concentration to an area of greater concentration, it uses energy. The correct answer is A. it uses energy.
Active transport is the process of moving molecules or ions across a cell membrane against their concentration gradient, which means moving from an area of low concentration to an area of high concentration.
This process requires energy in the form of ATP (adenosine triphosphate) to move the particles against the concentration gradient and is carried out by specialized membrane proteins called pumps or carriers.
Active transport is necessary for many biological processes such as nutrient uptake, ion homeostasis, and cell signaling. Unlike passive transport, which relies on the movement of molecules along their concentration gradient, active transport requires energy input to move molecules or ions against their concentration gradient.
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Why Did The Children In (III-A) And (III-E) Not Get The Disease When Both Fathers Had The Disease?
In the case of the children in (III-A) and (III-E) not getting the disease when both of their fathers had the disease, there are several potential explanations for why this could have occurred.
One possibility is that the children were exposed to the same form of the disease, but that the form of the disease they were exposed to was not as strong or as virulent as the form of the disease their fathers had. This could be due to differences in the strain of the disease, or even due to differences in the environment in which the children were exposed. In either case, the weaker form of the disease could be easier for the children’s bodies to fight off, making them less likely to contract it.
Another possibility is that the children had some form of immunity to the disease, either through natural immunity or through a vaccine. Natural immunity is when the body has been exposed to a similar virus or bacteria before, and as a result, has developed an immunity to it. Vaccines can also provide immunity to a particular disease, and the children may have been vaccinated before they were exposed to the virus or bacteria that their fathers had.
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Can Chromatin be called a process?
Answer:
I believe it could be called a process.
Explanation:
DNA wraps itself around histone proteins to form nucleosomes and the beads on a string structure. Multiple histones wrap into a 30-nanometer fibre consisting of nucleosome arrays in their most compact form. The higher-level DNA supercoiling of the 30-nm fiber produces the metaphase chromosome. Which occurs during Mitosis and Meiosis. There are some chromosomes that do not follow this alignment. The overall structure weighs on the stage of the cell cycle.
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Y=2-x
Y=3x-1
Please help me with this qi
From the analysis of the 2 equations: X = 3/4 and Y = 5/4
Solving simultaneous equationsThe equations can be solved using subtracting one of the two equations from the other.
Let's label the two equations:
Y=3x-1 .................... equation 1
Y=2-X..................... equation 2
Equation 2 can be rearranged such that:
Y = -X+2
Subtracting equation 2 from 1:
Y=3x-1
Y = -X+2
0 = 4X -3
4X = 3
X = 3/4
Substitute X = 3/4 into any of equations 1 or 2 to determine Y.
Y = 3(3/4) - 1
= 9/4 - 1
= 5/4
Hence X = 3/4 and Y = 5/4
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The symbiotic relationship
between a flower and a bee is...
A. parasitic.
B. mutualism.
C. commesalism.
a caldera forms when ____________________
Answer:
A caldera is a large depression formed when a volcano erupts and collapses. During a volcanic eruption, magma present in the magma chamber underneath the volcano is expelled, often forcefully.
Answer:
whn a volcano erupts
Explanation:
argonaute protein null mutants will be defective in translational inhibition but will be able to combat viruses
RNA interference is a natural process with a role in the regulation of protein synthesis and in immunity.
Members of the highly conserved Argonaute protein family play a central role in regulating gene expression networks, orchestrating the establishment and maintenance of cellular identity throughout the life cycle, as well as in various human disorders, including cancers. Dicer and Argonaute, as the two central proteins within the sRNA regulatory pathways, are involved in the initiation and maintenance of the central mechanism for this mode of gene regulation. Argonaute and Piwi like proteins are present in bacteria, archaea, and eukaryotes, implying that both groups of proteins have an ancient origin. However, the number of Argonaute genes that are present in different species varies.
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one way in which stigma is adapted for reproduction in plants
Answer:
In a flower, this landing zone and entrance is the stigma. It plays a pivotal role in reproduction. Most stigmas are adapted to trap pollen with hairs, flaps and other surfaces to increase their efficiency. Most stigmas are covered with a waxy, sticky substance.
In which structure is energy produced in both the plant and animal cells?
A. cytoplasm
B. mitochondrion
C. nucleus
D. vacuole
Mitochondrion is responsible for energy production.
Which is not a type of vegetation found commonly in wetlands?
Answer:
A wetland is a distinct ecosystem that is flooded by water, either permanently or seasonally, where oxygen-free processes prevail.[1] The primary factor that distinguishes wetlands from other land forms or water bodies is the characteristic vegetation of aquatic plants,[2][3] adapted to the unique hydric soil
17. Where might we find the oldest rock on Earth? *
O the center of continents, called cratons
O the center of the ocean floor
O the lowest mountain on Earth
Opushed under a tectonic plateau
We find the oldest rock on Earth at the center of continents, called cratons. These have been recycled multiple times.
What is the name of oldest rock found on Earth ?The oldest rock is found in Canada and the name of the rock is bedrock.
The oldest rocks are usually found in the center of continents called as cratons. The reason for it is because it is stable part of lithosphere that has survived multiple of explosions and environmental conditions where as in the production of super continents these cratons have survived the conditions.
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In cratons, you can find the oldest continental rocks. A craton is a stable component of the continental lithosphere that has withstood the several cycles that caused the merger and dislocation of supercontinents. Thus, option A is correct.
What is the oldest rock on Earth?Craton-like structures include the oldest continental rocks. A craton is a stable portion of the continental lithosphere that has endured numerous cycles that caused supercontinents to merge and displace. As a result, cratons are always found on continents.
Therefore, the center of continents, called cratons contain the oldest rock on Earth.
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any plant or animal that produces oxygen and food that animals need
Answer: All animals, including humans, need to survive.
Explanation:
Plants are producers — they take energy from the sun, nutrients from the ground, and water to grow and produce their flowers, seeds, and berries. They also release oxygen, which all animals, including humans, need to survive. Animals are consumers and they all depend on plants for survival.
Which of the following is the best example of potential energy?
A bowling ball rolling toward the pins
A horse running in an open field
A pitcher preparing to throw a ball
A runner sprinting to the finish line
Answer:
a pitcher preparing to throw a ballss
Explanation:
simple science
1. After examining the DNA fingerprint of the victim and then the seven suspects, which
suspect committed the crime? How did you determine this?
2. When looking at the DNA fingerprints for the sets of twins, write “identical” or “fraternal”
next to the corresponding sets of letters:
AA
BB
CC
DD
3. How did you determine which twins were fraternal and which were identical?
4. Make up a mystery. Write a crime story using the information in this lab activity (1 page
minimum; write 1.5+ pages for full credit). Give names to the suspects and develop a
mystery plot, solving it including who you discovered as the criminal in this lab. Make
sure your story includes detailed description and dialogue between characters.
1. DNA evidence alone is not always sufficient to determine guilt or innocence, and any determination of criminal responsibility requires a thorough and fair legal process.
2. Identical: AA, CC; Fraternal: BB, DD
3. Identical twins come from a single fertilized egg that splits into two, while fraternal twins come from two separate eggs that are fertilized by two different sperm. Identical twins will have identical DNA fingerprints, while fraternal twins will have similar but not identical fingerprints. The only way to definitively determine whether twins are identical or fraternal is through genetic testing.
4. Detective Jane Smith is on the case to solve a robbery at a local jewelry store. The owner claims a valuable diamond ring was stolen.
There are three suspects: John, Sarah, and Mike, all former employees of the store. Jane investigates and takes DNA samples from the crime scene and from the suspects. After analyzing the DNA fingerprints, she discovers that the DNA from the crime scene matches Sarah's DNA. When confronted, Sarah admits to stealing the ring because she needed money to pay off her gambling debt. Sarah is arrested, and the ring is returned to the store owner.
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Where does crude oil come from?
A. Bauxite reserves
B. Ancient sea life
C. Volcanic magma
D. Ancient plants
Answer:
B. Ancient sea life
How is predation involved in natural selection?
Answer:Selective predation can lead to natural selection in prey populations and may alleviate competition among surviving individuals. The processes of selection and competition can have substantial effects on prey population dynamics, but are rarely studied simultaneously.
Explanation:hope its help
this organelle is particularly important during cell division. it directs the formation of the mitotic spindle. this organelle is particularly important during cell division. it directs the formation of the mitotic spindle. microtubule centriole mitochondrion endoplasmic reticulum
It directs the formation of the mitotic spindle. microtubule centriole mitochondrion endoplasmic reticulum Centriole. option (2)
A centriole is a cylindrical organelle that is mostly made of the protein tubulin in cell biology. Centrioles are present in the majority of eukaryotic cells, but they are absent from conifers (Pinophyta), flowering plants (angiosperms), and the majority of fungi. They are only found in the male gametes of charophytes, bryophytes, seedless vascular plants, cycads, and ginkgo trees.
A structure known as a centrosome is composed of a bound pair of centrioles and is encircled by a highly organized mass of dense material called the pericentriolar material (PCM).
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Full Question: this organelle is particularly important during cell division. it directs the formation of the mitotic spindle. this organelle is particularly important during cell division. it directs the formation of the mitotic spindle.
microtubule centriole mitochondrion endoplasmic reticulum1. Which of the following is not evidence of an earthquake?
Cracks in the sidewalk
Bumps in the road
Rumbles and shakes
Precipitation
Answer:
precipitation would be the answer
Which of the constituents found in eukaryotic cells are correctly ranked from largest to smallest?
a. Cell nucleus
b. Proton
c. Water Molecule
d. Amino Acid
e. Protein
f. Ribosome
g. Mitochondrion
Answer: a. Cell nucleus, g. Mitochondrion, f. Ribosome, e. Protein, d. Amino acid, c. Water molecules, b. Proton
Explanation:
a. Cell nucleus: It is a membranous organelle found only inside eukaryotic cells, which contains most of the genetic material of the cell, organized into DNA macromolecules called chromosomes, inside which are the genes. DNA contains the necessary pattern for all cell operations. It size is usually between 5-25 µm
g. Mitochondrion: It is a cellular organelle found in eukaryotic cells, and provides the energy needed to carry out cellular activity. That is, the mitochondria is responsible for breaking down nutrients and synthesizing adenosine triphosphate or ATP, which is essential for obtaining cellular energy. The mitochondria is characterized by its large size, compared to other cellular organelles, and its globular shape. Its size ranges from 0.5 to 1 μm in diameter and up to 8 μm in length.
f. Ribosome: It is a cell particle made of RNA and protein that serves as the site for protein synthesis in the cell. The ribosome reads the sequence of messenger RNA (mRNA) and, using the genetic code, translates the sequence of RNA bases into an amino acid sequence. The size of the ribosomes is tiny, so they can only be seen through a microscope. This size will depend on the cell in which it is found. In eukaryotic cells it will have a diameter of 320 A (ångström), or 0.032 µm.
e. Protein: It is a macromolecule formed by linear chains of amino acids. This sequence is determined by the sequence of nucleotides of their corresponding gene (called structural genes). Proteins are generally made up of between 100 and 300 amino acids, although some may have more than a thousand amino acids. On average, its size is around 6.8 nm or 0.0068 µm.
d. Amino acid: It is an organic molecule with an amino group (-NH2) at one end of the molecule and a carboxyl group (-COOH) at the other end. They are the basis of proteins, however both these and their derivatives participate in cellular functions as diverse as nerve transmission. Two amino acids combine in a condensation reaction between the amino group of one and the carboxyl of the other, releasing a water molecule (dehydration) and forming an amide bond called a peptide bond. This reaction takes place naturally inside the cells, in the ribosomes. In the genetic code, the twenty different amino acids, also called residues, are coded, which constitute the links that make up peptides. On average, their size is around 0.4-1 nm.
c. Water molecule: (H2O) is an inorganic chemical compound formed by two atoms of hydrogen (H) and one of oxygen (O). This molecule is essential in the life of living beings, serving as a medium for the metabolism of biomolecules, and it is found in nature in its three states. Its size is around. 0.27 nm.
b. Proton: A proton is a positively charged particle found inside the atomic nucleus, where neutrons are also found. It is very difficult to measure the size of the proton, because it is made up of three particles (the quarks) that move very quickly.
Which is a biotic factor?
Answer:
a living organism that shapes its environment
Explanation:
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Which example demonstrates divergence? (1 point)
Species A and B evolve into species C.
Species A goes extinct.
Species A does not evolve.
Species A evolves into species B and C.
The example Species A evolves into species B and C. demonstrates divergence (d option).
What is the evolutionary process of divergence between species?The evolutionary process of divergence between species makes reference to the modification of the features of one population which may lead to the generation of two or more different species when appearing barriers of reproductive isolation.
Therefore, with this data, we can see that the evolutionary process of divergence between species is based on the generation of evolutionary adaptive features that may lead to the speciation process of one primitive population.
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55. Which of the following are considered natural satellites?
A. Moons
B. Planets
C. Comets
D. All of the above
he following is NOT true about trophic levels: Primary consumers belong to the first trophic level. Secondary consumers belong to the third trophic level. Each stage through which energy travels is called a trophic level. Many species may belong to several trophic levels. Animals capable of feeding at many trophic levels will be able to survive if portions of their food supply are decreased or eliminated.
Answer:
Animals capable of feeding at many trophic levels will be able to survive if portions of their food supply are decreased or eliminate is not true of about trophic levels
Explanation:
This is because each trophic levels represent energy flow and supply of food to the organisms in the trophic levels. Energy are pass from one tropic levels to another as a result of source of food there. Plants majorly are the primary producers and the primary consumers depend on it. Therefore, if the source of food supply is eliminated in a trophic level, the organisms I'm the trophic level will not be able to survive.
1. Some human societies have lifestyles that are sustainable, while others do not.
a. Describe how living near water can lead to a more sustainable lifestyle. (0.5
point)
Sustainable living is the attempt to reduce the use of natural resources like fossil fuels, forests, and others by the human society so that these resources remain available for future generation.
It is associated with maintaining the balance in the ecological, economical and societal needs to lead a healthy lifestyle. As it mainly emphasizes over the protection of the environment then it is also called as green living.
An individual who pursues a lifestyle where he/she is concerned of using the resources in a limited quantity so the basic requirement of his/her is fulfilled along with preserving the remaining resources for the coming generation so that their basic requirements could be met, is following a sustainable living.
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